Interesting... [2130x938 - 1.41MB] | Poal: Say what you want.

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[–] • 0 pt

But they weren't the Corona satellites, which were outdated.

https://airandspace.si.edu/events/techquest/past-missions/eye-in-the-sky/corona.cfm

I believe the reference was intentionally misleading while still leaving a clue for later validation of what was really going on.

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[–] • 0 pt

I've read stories alluding to satellites releasing this Corona Virus... is that what you are talking about?

I do know for a fact though that the Gov will never release info on classified projects until they are far outdated. Which led me to believe that there may have been much newer Satellites under the same Corona Program that were being used, and by releasing a story that says the old satellites had very poor quality footage and needed to be downloaded by hand, it seems like a typical Gov effort to try to hide the fact that they have satellites that can read the date on a Dime, anywhere on the planet. I'm curious as to what your opinion is, if you'd like to share.

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[–] • 1 pt

I've read stories alluding to satellites releasing this Corona Virus... is that what you are talking about?

No.

a typical Gov effort to try to hide the fact that they have satellites that can read the date on a Dime

Have you seen how close Google Maps images can hone in on places? That's just the public version of the tech. That the government has much better than that is obvious. It's rather old tech as well. Couple that sort of simple photon-based imaging with thermal imaging, ultraviolet radiation imaging, etc. There's a wide variety of methods to compile electromagnetic data and produce a clear image of something very small on the earth's surface from space, even with atmospheric impediments. They even have through-the-wall imaging tech that uses certain atomic particles with long wavelengths (can't remember which ones offhand) that can pass through most objects without interference by the object's atomic structures. Very similar to how x-rays work. The only thing that has ever made this sort of tech impossible in the past has been the inability to measure the finer scales of EM frequencies, and to eliminate the interference of other atomic particles.

Understanding the mechanics of EM waves and the atomic particles and structures that are made up of them, i.e. their oscillating frequencies, wavelengths, amplitudes, phases, etc., and using mathematical formulas such as Fourier Transforms, it's possible to penetrate or even eliminate obstacles where their atomic structures are known or can be determined through feedback (much like radar works). The only limitation is in how far the measuring devices have been developed and how well they can contend with these variables over short time frames. Quantum computers provide the fastest method for calculating feedback data to determine what the information reveals, but the greater distance between two points in space, the more random interference there is to contend with. Taking multiple readings over a short period of time reduces this impediment, but there are always limitations due to the many factors involved.

>I've read stories alluding to satellites releasing this Corona Virus... is that what you are talking about? No. >a typical Gov effort to try to hide the fact that they have satellites that can read the date on a Dime Have you seen how close Google Maps images can hone in on places? That's just the public version of the tech. That the government has much better than that is obvious. It's rather old tech as well. Couple that sort of simple photon-based imaging with thermal imaging, ultraviolet radiation imaging, etc. There's a wide variety of methods to compile electromagnetic data and produce a clear image of something very small on the earth's surface from space, even with atmospheric impediments. They even have through-the-wall imaging tech that uses certain atomic particles with long wavelengths (can't remember which ones offhand) that can pass through most objects without interference by the object's atomic structures. Very similar to how x-rays work. The only thing that has ever made this sort of tech impossible in the past has been the inability to measure the finer scales of EM frequencies, and to eliminate the interference of other atomic particles. Understanding the mechanics of EM waves and the atomic particles and structures that are made up of them, i.e. their oscillating frequencies, wavelengths, amplitudes, phases, etc., and using mathematical formulas such as Fourier Transforms, it's possible to penetrate or even eliminate obstacles where their atomic structures are known or can be determined through feedback (much like radar works). The only limitation is in how far the measuring devices have been developed and how well they can contend with these variables over short time frames. Quantum computers provide the fastest method for calculating feedback data to determine what the information reveals, but the greater distance between two points in space, the more random interference there is to contend with. Taking multiple readings over a short period of time reduces this impediment, but there are always limitations due to the many factors involved.

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[–] • 0 pt

Thanks for taking the time to reply! Great info.

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[–] • 0 pt

Check out this short video:

https://www.youtube.com/watch?v=7-83Ou9QciA

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